1.
Convection can be of two types: natural convection and forced convection.
对流可分为两类，即自然对流和强制对流。
2.
Effect of Pressure on Air Forced Convection Transmit Heat Coefficient
压力对气体强制对流传热系数的影响
3.
Coupled Heat Transfer of Natural Convection in a Liquid Pool with Inner Source and Forced Convection in Cooling Coil Tube;
有源液池内自然对流与冷却盘管内强制对流的耦合传热
4.
Modelling of dendritic growth in forced and natural convections
强制对流和自然对流作用下枝晶生长的数值模拟
5.
Thermodynamic Analysis of Steady State Heat Transfer between Condensation and Forced Convection
在冷凝与强制对流之间稳态换热的热力学分析
6.
Experimental Investigation of Molten Salt (LiNO_3) Forced Convection Heat Transfer in Horizontal Tubes;
LiNO_3熔融盐水平管内强制对流换热实验研究
7.
Characteristics on Flow Drag and Heat Transfer of Water Based Carbon Nanotube Suspension
水基碳纳米管悬浮液强制对流换热特性
8.
CA-LBM modeling of solutal dendritic growth with forced convection
强制对流作用下溶质枝晶生长的CA-LBM模拟
9.
Experimental Research on Forced Convective Flow Drag and Heat Transfer of CuO Nanoparticles Suspensions in a Small Tube
CuO纳米颗粒悬浮液在小管内的流动和强制对流换热特性
10.
Numerical Study of Forced Convection in a Vertical Channel Filled with Heat-Generating Porous Medium
骨架发热多孔介质竖直通道内强制对流换热数值研究
11.
Flow Field Analysis of Compulsive Spiral Flow in Finishing the Inner Surface of Rifle Barrel
强制螺旋流对身管内表面光整加工的流场分析
12.
Study on the Chinese Enterprises Controhng Logistic Costs;
对我国企业如何加强物流成本控制的探讨
13.
Dynamic Mechanism Analysis on an Severe Convection in The Outer Periphery of A Tropical Depression
热带低压远外围强对流天气的动力机制
14.
The Stimulation of Low Concentration Glycosides on Na/K Pump Current and the Mechanisms of Their Cardiotonic Action in Guinea Pig Ventricular Myocytes;
低浓度强心苷对Na～+/K～+泵电流的兴奋作用及强心作用机制
15.
Local Constant Temperature Environment System Using Forced Air Convection
基于强制空气对流散热的恒温环境控制系统研制
16.
force ventilated DC motor
强制通风式直流电动机
17.
Supply chain management means the design, planning and control of the information flow, material flow and cash flow with a view to strengthening competitiveness.
供应链管理就是对信息流、物料流和资金流进行设计、计划和控制以增强竞争力。
18.
The results showed that bleeding sap had quite strong fungistatic activities on plant pathogenic fungi.
结果表明,丝瓜伤流液对植物病原真菌具有较强的抑制作用。